The potential benefits and risks of using cloning technology on humans.
Richard Barclay
The Potential Benefits and Risks of Human Cloning
In this essay I will be looking at the potential benefits and risks of using cloning technology on humans.
Cloning, and human cloning is a subject of which there are many viewpoints, and almost everyone has an opinion, but the fact is that very few people actually know how cloning works or have really thought about how it can benefit, or cause problems for, mankind.
One important potential use for human cloning technology is for organ transplants this is a type of ‘therapeutic cloning’, if a transplanted organ is a perfect version of a damaged or underdeveloped organ, it could replace the organ with no fear of tissue rejection. With this technology, it brings the possibility of curing many diseases such as kidney disease, heart disease, lung disease, and many more. It also brings the possibility of curing cancer, for example an organ could be invaded with cancer and the chances of successful removal very slim. It could be possible for an entire organ to be replaced with no tissue rejection, very little cancer tissue remaining and the chances of re-establishment would be minimal. Therefore there would be very little need for anti-rejection drugs, radiotherapy or chemotherapy. (Available from: www.clonaid.com (accessed on 22/11/2002)).
Another potential use for human cloning is the use of stem cells, (another type of ‘therapeutic cloning’). Stem cells are the basis of nearly every cell in our bodies, and have the ability to change into many different types of cell. They are made by making a cloned embryo of a person and breaking the cells that are dividing into individual cells, not allowing the foetus to ever form. Once there are enough stem cells, the cells can then be injected into a patient, and the cells will transform into whatever cells are needed. This technology has already been successfully used in repairing the severed spinal cord of a patient who had broken his back. It could also potentially be used to treat degenerative disorders such as Dementia and Alzheimers, autoimmune disorders such as multiple sclerosis and rheumatoid arthritis, and perhaps genetic and hereditary disorders like Sickle Cell Anaemia, and Huntingdon’s Chorea. (Available from: www.clonaid.com (accessed on 22/11/2002)).